Analytic scalings and 1D hydrodynamic simulations show that adiabatic winds into power-law density profiles relax to interaction similarity solutions within a few dynamical times before entering an energy-conserving regime for n less than 2.
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The interaction phase of engine-driven explosions and high-energy winds
Analytic scalings and 1D hydrodynamic simulations show that adiabatic winds into power-law density profiles relax to interaction similarity solutions within a few dynamical times before entering an energy-conserving regime for n less than 2.